The Diploma in Engineering Technology (Electric and Hybrid Vehicles) is designed to provide the opportunity for an individual to gain the required academic qualifications and technical skills in order to land a job as skilled technicians, technologists and professionals in the Engineering sector including but not limited to Automotive Industry.
A Diploma in Engineering Technology (Electric and Hybrid Vehicles) empowers graduates with specialized skills tailored for the emerging field of electric and hybrid transportation. Graduates are proficient in designing, maintaining, and troubleshooting electric and hybrid vehicle systems. With expertise in battery technology, power electronics, and electric propulsion, they contribute to the development of sustainable transportation solutions. Their hands-on experience with cutting-edge technologies and their understanding of regulatory frameworks position them as valuable contributors to the rapidly evolving landscape of eco-friendly mobility.
- Electric Vehicle Technician/Engineer
- Automotive Electrician
- Battery Technician
- Power Electronics Technician
- Electric Vehicle Design Support
- Sales and Technical Support
- Fleet Management
- Research and Development (R&D) Technician
- Government Regulatory Compliance
2.5 years (Including 6 months Internship)
| Educational Qualifications | 3 Credits at SC Level including:
i. Mathematics ii. science/technical iii. English Language
Notes: · Candidates may have obtained a total of 3 credits in not more than two sittings;
· Students having a Pass in English may be required to cover the English Foundation course offered by PML.
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| Age Limit | Candidates must have 16 years old at the start of the course
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Year 1
Semester 1
- Fundamentals of Electrical and Electronics Principle
- Engineering Drawing and CAD
- Basic Mathematics
- Fundamentals of Thermodynamics and Heat Transfer
- Communication English
- Basic Metal Work and Welding
- Basic Programming and Automation
- Extra-Curricular activities (Poly CAS)
- Co-Curriculum (Poly CORE)
Semester 2
- Engineering Metrology
- Engineering Mathematics
- Mechanics of Machines
- Business French
- Fundamentals of Artificial Intelligence
- Material Science
- Automotive Control Systems
- Extra-Curricular activities (Poly CAS)
- Co-Curriculum (Poly CORE)
Year 2
Semester 1
- Electric vehicle battery systems
- Internal Combustion Engine
- Electric vehicle motors
- Automotive Electrical and Electronics Systems
- Automotive Suspension Systems
- Automotive hydraulic and pneumatic technology
- Electromechanical Systems
- Automotive Control Systems
- Extra-Curricular activities (Poly CAS)
- Co-Curriculum (Poly CORE)
Semester 2
- Environment and Sustainable Engineering
- Automotive Transmission Systems
- Automotive Maintenance
- Entrepreneurship
- Battery Charging Stations
- Automotive Heating, Ventilation and Air-conditioning (HVAC)
- Automotive Networking, Telematics & Connectivity
- Extra-Curricular activities (Poly CAS)
- Co-Curriculum (Poly CORE)
Year 3
Semester 1
- Work Integrated Learning- WIL
- Capstone Project
The cost of the course will vary according to the mode of delivery (full time/part time) you will opt. We are one of the institutions offering the same course at a very affordable price that suit your budget. Should you wish to sit for an examination, additional fees will be applicable depending on the examination centre.
| Local | |
| Application Fee: Rs 1,000
Admin Fee: Rs 6,500 If you have not completed any recognised Diploma or Degree before, then you will definitely enjoy the privilege under the Free Tertiary Education Scheme (FTES) for the whole duration of course, offered by the Ministry of Education, Tertiary Education, Science and Technology. Only Application and Administration fee will be applicable. |
Upon the completion of the Diploma in Engineering Technology (Electric and Hybrid Vehicles), the student will be eligible to pursue higher academic qualifications in this respective field such as a bachelor degree in the field of Engineering or even a top-up degree in the field of Engineering where the requirements are met within the Diploma in Engineering Technology (Electric and Hybrid Vehicles) course.
